China Wear - Resistant Pump Casing , Rotor Lobe Pump , Railway Vacuum Sewage System for sale

Wear - Resistant Pump Casing , Rotor Lobe Pump , Railway Vacuum Sewage System

Price Negotiable

Price: Negotiable

MOQ: 1 set

Delivery Time: 8 - 12 work days

Brand: ACCUVON

Product Description

Wear-Resistant Pump Casing, Rotor Lobe Pump, Railway Vacuum Sewage System

Product Description:

Accuvon Rotary Lobe Pumps are self-priming, valveless, positive displacement pumps. They continuously and reliably convey liquids of the most varied consistency as well as multiphase mixtures at speed-proportional flow rates. They have a compact design and pump the medium gently with little pulsation.

Accuvon Rotary Lobe Pumps are employed for varied uses in all industrial applications. They are the preferred choice wherever viscous, abrasive media with solid content or shear-sensitive media are to be pumped.

Technical Date:

Product Name:
Description:	Designed according to API676 standard, Suitable for conveying high viscosity medium, containing solid particles liquid, high abrasiveness liquid,Shear-sensitive medium, gas-liquid mixture, and fluids with quantitative feeding.
Material:	GGG25 Pump housing
Seal Material:	SIC/NBR
Flow:	30m3/h
Max.pressure:	1.4Mpa
Speed	350 RPM
Rotor Type:	Tri lobe rotors
Mechanical seal:	Single acting mechanical seal
Motor power:	3KW~22KW
Sealing option:	Sanitary single mechanical seal/Double mechanical seal with cooling system
Voltage:	220V, 380V(110-480v)
Motor:	XINGLING motor, WANNAN motor, others (Domestic Famous Brand)
connection:	Clamp, Thread, weld, Flange
Available standard:	DIN, SMS, 3A, RJT, ISO/IDF
Operated:	Electric power
Application scope:	petrochemical industry, sewage treatment, railway vacuum discharge system, biogas energy, food waste, ship ocean, pulp and paper, food and drinks, light industry etc.

Specifications:

ACCUVON	rate of flow l/rev	flow (m³/h)	pressure (Mpa)	speed rpm	Flange diameter DN mm	power Kw
AC25	0.196	0.1-7	0-1.2	10-600	DN25	0.75-5.5
AC50	0.392	0.2-14	0-1.0	10-600	DN50	1.1-5.5
AC75	0.588	0.3-21	0-0.6	10-600	DN50	1.1-5.5
AP80	1.125	0.6-400	0-1.8	10-600	DN80	3-22
AP100	1.875	1.1-66	0-1.4	10-600	DN100	3-22
AP120	2.864	1.7-103	0-1.0	10-600	DN100	3-22
AP140	3.714	2.2-133	0-0.6	10-600	DN125	7.5-22
AF125	4.566	2.7-164	0-1.6	10-600	DN125	11-55
AF150	6.828	4-246	0-1.2	10-600	DN150	11-55
AF200	9.456	5.5-340	0-0.8	10-600	DN200	11-55
AX250	12.5	7.5-487	0-2.5	10-650	DN250	22-315
AX300	25	15-975	0-1.0	10-650	DN300	30-315
AX350	37.5	22.5-1463	0-0.6	10-650	DN350	45-315
AX450	50	30-1950	0-0.4	10-650	DN450	55-315
AX350D	75	45-2926	0-0.6	10-650	DN350*2	90-450
AX450D	100	60-3900	0-0.4	10-650	DN450*2	110-600

Note: Above flange is regular for each model, besides we also offer various flange connection according to your requirements

1. Tested medium in the table: water.

2. Speed, flow rate, electrical power and pressure will be according to different liquid properties.

3. Port size can be changed as needed.

4. ACCUVON reserves the right to change specifications without prior notification.

Technical advantages

1. Strong self-priming: the maximum suction distance can reach 8.5-9.5 meters

2. Excellent wear resistance

3. Online maintenance

4. Can be dry running

5. Energy saving and power saving, high efficiency

6. Reversible flow direction

7. Mixed transport of multi-phase media: mixed transport of gas, liquid and solid

8. No clogging

9. Ultra-wide medium viscosity delivery range

10. Compact structure, small footprint

Working Principle of Rotary Lobe Pump:

The rotary lobe pumps we also called them lobe rotor pumps. They are one popular transfer pump to conveying the food, beverage, pulp and paper, chemical, pharmaceutical and so on. The rotor lobe pump relies on two synchronously rotating rotors that generate suction (vacuum) at the inlet during the rotation. Thereby sucking in the material to be conveyed. Both rotors split the rotor chamber into different spaces. Then operate in the order of 1-2-3-4. The medium is delivered to the discharge port. In this cycle, the medium (material) is continuously transported out by the source.